GL-2060FV-10 Equivalent & Substitute Parts

Part Overview

The GL-2060FV-10 is a Power Entry Connector Receptacle manufactured by KEMET, designed for IEC 320-C14 panel mount applications with integrated EMI/RFI filtering. This component functions as a filtered power inlet for AC appliances, accommodating male blade connectors with a 6A current rating at the filter stage. The part is designated as Last Time Buy, indicating discontinued production status. Identifying equivalent substitute parts is necessary to ensure continued availability for new designs, maintenance applications, and production continuity.

Substiute Parts

GL-2060FV-10
KEMETIn Stock: 1196GL-2060FV-10 Datasheet
GL-2060FV-10
Current Part
1-6609014-2
TE Connectivity Corcom FiltersIn Stock: 9051-6609014-2 Datasheet
1-6609014-2
Similar

Key Parameters

Parameter Value
Connector Style IEC 320-C14
Connector Type Receptacle, Male Blades
Number of Positions 3
Filter Type Filtered (EMI, RFI) - Commercial
Current Rating - Filter 6A
Mounting Type Panel Mount, Flange
Features Front or Rear Side Mount
Approval Agencies CSA, TUV, UL
RoHS Status ROHS3 Compliant

Substitute Part Grouping Explanation

Substitution of the GL-2060FV-10 is determined by strict equivalence across the following critical parameters:

Mandatory Matching Criteria:

  • Connector Style: IEC 320-C14
  • Connector Type: Receptacle, Male Blades
  • Number of Positions: 3
  • Filter Type: Filtered (EMI, RFI) - Commercial
  • Current Rating - Filter: 6A
  • Mounting Type: Panel Mount, Flange
  • Features: Front or Rear Side Mount

Compliance Requirements:

  • RoHS3 Compliant status
  • Regulatory approvals from CSA, TUV, and/or UL

The substitute part 1-6609014-2 manufactured by TE Connectivity Corcom Filters meets all mandatory matching criteria and maintains equivalent functional performance. The primary difference between the main part and substitute is the termination method: the GL-2060FV-10 uses Solder Eyelet termination, while the 1-6609014-2 uses Wire Leads termination. This difference affects circuit integration methodology but does not alter electrical or mechanical compatibility with the IEC 320-C14 connector interface.

Parameter Comparison

Parameter GL-2060FV-10 (KEMET) 1-6609014-2 (TE Connectivity Corcom)
Connector Style IEC 320-C14 IEC 320-C14
Connector Type Receptacle, Male Blades Receptacle, Male Blades
Number of Positions 3 3
Filter Type Filtered (EMI, RFI) - Commercial Filtered (EMI, RFI) - Commercial
Current Rating - Filter 6A 6A
Mounting Type Panel Mount, Flange Panel Mount, Flange
Features Front or Rear Side Mount Front or Rear Side Mount
Termination Solder Eyelet Wire Leads
Approval Agencies CSA, TUV, UL CSA, UL, VDE
RoHS Status ROHS3 Compliant ROHS3 Compliant
Product Status Last Time Buy Active

Engineering Selection Recommendations

GL-2060FV-10 (KEMET): This part is designated Last Time Buy, indicating end-of-life status. Current inventory of 1,090 pieces is available. Selection of this part is appropriate only for existing designs requiring solder eyelet termination or for applications where KEMET-specific sourcing is mandated. TUV approval provides additional certification coverage for European markets.

1-6609014-2 (TE Connectivity Corcom Filters): This part maintains Active product status with 876 pieces in current inventory. It is the primary substitute for new designs and ongoing production requirements. Wire lead termination accommodates direct circuit board integration without solder eyelet adaptation. VDE approval provides additional European certification coverage. REACH Affected status requires compliance verification for applications subject to REACH regulations.

Both parts satisfy identical electrical and mechanical requirements for IEC 320-C14 filtered power entry applications at 6A current rating. Selection between them depends on termination methodology requirements and regulatory certification scope for the target application.

Frequently Asked Questions (FAQ)

Q: Can the 1-6609014-2 directly replace the GL-2060FV-10 in existing assemblies?

A: Electrical and mechanical compatibility is confirmed. The primary consideration is termination method: GL-2060FV-10 uses solder eyelet termination while 1-6609014-2 uses wire leads. Circuit integration methodology must accommodate the selected termination type. Both parts maintain identical IEC 320-C14 connector interface, 6A filter current rating, and panel mount flange configuration.

Q: What is the significance of the Last Time Buy status for GL-2060FV-10?

A: Last Time Buy designation indicates KEMET has discontinued production of this part. Existing inventory of 1,090 pieces represents the final available stock. For applications requiring long-term component availability, transition to the Active status 1-6609014-2 is recommended.

Q: Are there differences in regulatory approvals between these parts?

A: GL-2060FV-10 carries CSA, TUV, and UL approvals. The 1-6609014-2 carries CSA, UL, and VDE approvals. Both parts meet UL and CSA requirements. TUV approval on the GL-2060FV-10 and VDE approval on the 1-6609014-2 provide additional certification coverage for specific regional requirements. Verify approval requirements for your target market.

Q: What does REACH Affected status mean for the 1-6609014-2?

A: REACH Affected status indicates the part contains substances subject to REACH (Registration, Evaluation, Authorization and Restriction of Chemicals) regulations. Applications subject to REACH compliance must verify that the 1-6609014-2 meets all applicable substance restrictions and documentation requirements.

Q: Are both parts RoHS3 compliant?

A: Yes, both GL-2060FV-10 and 1-6609014-2 are ROHS3 Compliant, confirming restriction of hazardous substances in accordance with RoHS3 standards.

Q: What is the difference between solder eyelet and wire lead termination?

A: Solder eyelet termination (GL-2060FV-10) provides a pre-formed connection point for solder attachment to circuit board pads or wire connections. Wire lead termination (1-6609014-2) provides direct wire connections for circuit integration. Selection depends on assembly methodology and circuit board design requirements.

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